CN102188158A - Soybean milk machine - Google Patents
Soybean milk machine Download PDFInfo
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- CN102188158A CN102188158A CN2011101412999A CN201110141299A CN102188158A CN 102188158 A CN102188158 A CN 102188158A CN 2011101412999 A CN2011101412999 A CN 2011101412999A CN 201110141299 A CN201110141299 A CN 201110141299A CN 102188158 A CN102188158 A CN 102188158A
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Abstract
The invention belongs to the field of small kitchen appliances, and particularly relates to a soybean milk machine, which comprises a cup body, a machine head buckled on the cup body, a motor arranged in the machine head and an output shaft connected with the motor, wherein the lower part of the machine head is connected with a grinding device, the grinding device comprises a dynamic grinding component and a static grinding component, the dynamic grinding component is connected to the output shaft and driven by the output shaft to rotate, the static grinding component is arranged on the outer periphery of the dynamic grinding component, the upper part of the static grinding component is provided with a flow guide hole, the dynamic grinding component and the static grinding component are respectively provided with a dynamic grinding disc and a static grinding disc with grinding working faces, the grinding working faces of the movable grinding disc and the static grinding disc are respectively provided with movable grinding teeth and static grinding teeth with corresponding structures, and a liquid flow driving part and/or a liquid flow driving device are/is arranged below the movable grinding tooth and/or the static grinding tooth of the movable grinding component and the static grinding component. The soybean milk machine has good grinding effect, and the grinding head is easy to process and wear-resistant.
Description
Technical field
The invention belongs to small household appliances field, kitchen, be specifically related to a kind of soy bean milk making machine.
Background technology
At present, soy bean milk making machine is as a kind of household electrical appliance commonly used, progressively enter ordinary people family, the pulping process of the soy bean milk making machine on the existing market generally is that the motor in head connects one crushing knife tool, cooperate the structure that reaches pulverizing slurrying to mainly contain following two kinds with crushing knife tool: first kind is that a flow-disturbing net is set in the head bottom, crushing knife tool is arranged in the flow-disturbing net, and crushing knife tool is beaten the purpose that realizes slurrying by circulating in the little space of flow-disturbing net; Second kind is at the mash vessel inwall some flow-disturbing muscle to be set, and crushing knife tool drives current and collides flow-disturbing muscle back reflection and circulate to the cutter and beat the purpose that realizes slurrying when rotating.
The pulping technique of existing crushing knife tool is pulverized by cutting, collision, a large amount of soybean proteins can not be separated effectively with nutrition, stayed in the bean dregs, cause waste, also existed slurrying concentration low, cleaned defectives such as difficulty, in order to improve the quality of making soya-bean milk, satisfy the instructions for use that the consumer improves constantly, in recent years, the technological improvement that makes new advances is emerged in large numbers in the soy bean milk making machine field continuously.Recovering one's original simplicity is the new fashion that the people in the modern life pursue, and traditional stone mill pulping process is generally accepted by people, pulverize by the roll flute between two stone mills, extruding, fat, protein and trace element in the soybean are discharged effectively, the soya-bean milk pulping rate height of making, the concentration height, mouthfeel is good.Therefore, the grinding beans pulp grinder is that people are in one of improved technical problem of main consideration that improves the slurrying quality, for example notification number is the disclosed a kind of grinding type soymilk machine of Chinese utility model patent of CN201163980Y, comprise head, staving, motor and carry the beans cup, the head spiral-lock is carried the beans cup and is snapped onto the head bottom on staving, carries beans cup bottom and is provided with inside and outside mill, interior mill is the impeller shape, and year beans cup is provided with several can allow water enter the inlet opening of carrying in the beans cup; One bowl cover snaps onto and carries beans cup bottom.After adopting above structure, when being the interior mill work of impeller shape water and pulping materials are from up to down flowed, water can enter from the inlet opening and carry inside mill of beans cup and outer mill supplementing water simultaneously, reaches the purpose of inside mill and outer mill automatic water-supply and cleaning; Its shortcoming is: the one, and bean or pea need be sent in the mash vessel from the feed channel of head, and the narrow and dry slag of passage behind the heating mashing off cleans difficulty; The 2nd, after being thrown out of, the skin of beancurd that produces when slurrying is initial floats on the liquid level, and can't circular grinding; The 3rd, just the material of pulverizing is owing to the gravity reason sinks to container bottom, and interior mill is far away from the container bottom distance, can't produce enough suction from outside to inside, and the fluid that forms circulation is very limited, can't reach circular grinding.
Along with soy bean milk making machine technical development and innovation, also release a kind of axial-flow type grinding beans pulp grinder, for example notification number includes head, anti-flow electrode, temperature sensor, electrothermal tube, staving, motor, motor shaft for the CN201479858U utility model patent has disclosed another blade-free axial flow soybean milk maker; The head lower cover spiral-lock also comprises one and is installed in pulverizing body, on the motor shaft and is fixed on the head and is positioned at and pulverize external grinder on staving; Relief hole is arranged on the grinder, pulverize on external wall and the grinder inwall pulverizing ditch is all arranged, and the edge is sharper, this technical scheme has solved the problem of slurrying fluid circulation, but other shortcomings are also clearly: the one, and this structure is only pulverized the living suction of ditch agitate water miscarriage near pulverizing on the body, drive food and enter grinder, when pulverizing food pulverizing greatly, can run into the not enough problem of suction; The 2nd, when running into harder food and in time not being ground into granule fully, food card is stayed in pulverize between body and the grinder, will have a strong impact on the life-span and the machine performance of motor like this; The 3rd, this grinder relies on the sharp of protrusion edge between the adjacent pulverizing ditch, strengthens the effect of pulverizing, and this sharp edges easily is worn, and cleans and have the dead angle, hinders hand easily; The 4th, the pulverizing ditch of this technical scheme at grinder or pulverize be many with the spacing that equates or does not wait mutually disjoint the in spiral distribution or straight line distribution along outer wall, the pulverizing that unfavorable realization is from coarse to fine, and its minimum clearance 5mm also is excessive, be difficult for reaching the trickle pulverizing of soybean milk particles, food is after less than the 5mm size, can only lean on limited suction to drive down, produce collision and realize pulverizing, not reach to rely on and roll the original intention that realizes grinding design; The 5th, this technical scheme realizes it being quite difficult with the production technology of pulverizing making spiral grooves on the body inwall outside grinder, even realized the also suitable height of cost, the industrialization volume production that can't form product reaches to be popularized.
Summary of the invention
Technical purpose of the present invention is at the deficiencies in the prior art, and a kind of soy bean milk making machine that realizes three-dimensional defibrination is provided.
The technical scheme that realizes the technology of the present invention purpose is: a kind of soy bean milk making machine, comprise cup, buckle the head on described cup, be arranged on motor and the output shaft that is connected with motor in the described head, bottom at described head is connected with lapping device, this lapping device comprises moving mill assembly and quiet mill assembly, described moving mill assembly is connected on the described output shaft and by it and drives rotation, described quiet mill assembly is provided with pod apertures for being arranged at described moving mill assembly outer circumferential side and top, described moving, be respectively arranged with on the quiet mill assembly to have and grind the moving of working face, static cutting disk, described moving, there is structure corresponding moving on the described grinding working face of static cutting disk respectively, quiet tooth lapping, and, described moving, the described of quiet mill assembly moves, the downside of quiet tooth lapping and/or below are provided with liquid stream drive division and/or liquid stream drive unit.
As the further optimization to technique scheme, the downside of described dynamic and static the above dynamic and static tooth lapping of mill assembly is provided with liquid stream drive division integratedly.
As further optimization to technique scheme, the below of described liquid stream drive division is provided with and is used for the described revolving part that liquid stream drives, the projection H apart from the vertical direction between the pivot horizontal plane of described revolving part to described liquid stream drive division enters the mouth is in number range 5 mm≤H≤50mm, preferably, 20 mm≤H≤30mm.
As the further optimization to technique scheme, described liquid stream drive division is dynamic and static mill guide tooth.
As the further optimization to technique scheme, the below of the described dynamic and static tooth lapping of described dynamic and static mill assembly is provided with described liquid stream drive unit, and this liquid stream drive unit can produce the revolving part that liquid stream drives when being rotation.
Further optimization as to technique scheme has at least one fin on the described revolving part, described fin is provided with cutting edge.
As further optimization to technique scheme, roughly big up and small down trapezoidal in the vertical section of described moving mill guide tooth, in the vertical section of described lapping device, the stringcourse of described moving mill guide tooth and the horizontal direction first angle β are 30 °≤β≤85 °, preferably, the described first angle β is 70 °.
As the further optimization to technique scheme, described moving mill guide tooth is center circular arc array and evenly distributes on movable grinding disc.
As the further optimization to technique scheme, the number range of described moving mill guide tooth array number n4 is 3≤n4≤24, and n4 is preferably 8.
As the further optimization to technique scheme, the torsion angle m of described moving mill guide tooth is 25 °≤m≤125 °, and torsion angle m is preferably 45 °.
As further optimization to technique scheme, described dynamic and static mill guide tooth reverse in the shape of a spiral and described dynamic and static mill guide tooth screw twisted direction opposite.
As the further optimization to technique scheme, described dynamic and static mill guide tooth is center circular arc array and evenly distributes.
As the further optimization to technique scheme, the quantity n1 scope of described dynamic and static mill guide tooth is respectively 3≤n1≤24, preferred n1=8.
As the further optimization to technique scheme, the span of the screw twisted angle f of described quiet mill guide tooth is 5 °≤f≤155 °, and preferred f is 18 °.
As the further optimization to technique scheme, the number range of the projection Φ D in the guiding space that adjacent described dynamic and static mill guide between cog is limited is 5 mm≤Φ D≤35mm, and preferred Φ D is 15mm.
As the further optimization to technique scheme, described dynamic and static mill guide tooth is in number range 5 mm≤H2≤35mm from the projection H2 apart from the vertical direction between tooth top portion to tooth root portion, and preferred H2 is 12mm.
As the further optimization to technique scheme, described dynamic and static mill inter-module constitutes a ring-type milling zone, and this milling zone comprises moving mill of annular disk-like and the quiet mill of annular disk-like; The number range of the second angle α of milling zone working face and horizontal direction described in the vertical section of described dynamic and static mill assembly is 0 °≤α≤45 °, and preferably, the described second angle α is 10 °.
As the further optimization to technique scheme, in the vertical section of described dynamic and static mill assembly, the gap g between the working face of moving tooth lapping and quiet tooth lapping is 0.005 mm≤g≤2mm, and preferably, described gap g is 0.1mm.
As the further optimization to technique scheme, described dynamic and static tooth lapping is center circular arc array respectively and evenly distributes on described dynamic and static mill.
As the further optimization to technique scheme, the number number range of array number n5, the n2 of described dynamic and static tooth lapping is 3≤n5, n2≤24, and preferably n5, n2 all choose 8.
As the further optimization to technique scheme, on horizontal plane, each array center of circle included angle X of described dynamic and static tooth lapping, the number range of γ are 15 °≤λ or γ≤120 °, preferred λ=45 ° or γ=45 °.
As the further optimization to technique scheme, the number range of the projector distance W1 of the dynamic and static tooth lapping of each described parallel array on horizontal plane is 0.5 mm≤W4 or W1≤10mm, and W4 or W1 are preferably 1.5mm.
As further optimization to technique scheme, the dynamic and static tooth lapping quantity 3≤n6 that parallel array comprised of each described dynamic and static tooth lapping or n3≤be 24, n6 or n3 are preferably 12.
As the further optimization to technique scheme, the profile of tooth of each described dynamic and static tooth lapping all can roughly be isosceles trapezoid, and the number range of its top width W 3, W2 is 0.2 mm≤W3 or W2≤5mm, the preferred 0.2mm of W3 or W2.
As the further optimization to technique scheme, the stringcourse angle δ of each described dynamic and static tooth lapping or the number range of ε are 60 °≤δ or ε≤120 °, and δ or ε are preferably 90 °.
As the further optimization to technique scheme, place, the stringcourse summit of described dynamic and static tooth lapping is set to arc transition, and circular arc R 2, R1 are 0.05≤R2 or R1≤2mm, and R2 or R1 are preferably 0. 2mm.
Compared with prior art, the beneficial effect of a kind of soy bean milk making machine of the present invention mainly shows as:
1, moving bistrique realizes that with quiet bistrique the gap gradual change cooperates, and realizes the extruding and the grinding of material;
2, the size according to the gap sets up correct grinding portion, corase grind portion separately, and different differences realize different grindings, makes the slurries after the grinding fine and smooth more, and pulping rate is higher;
3, the conversion of impeller can realize the material pulverizing of different sizes, hardness;
When 4, the suction portion of revolving of impeller or guide tooth formation rotates, form very fast water circulation and impact, be easy to clean;
5, moving mill crushing tooth or quiet mill crushing tooth be designed to trapezoidal, easily processing, wear-resisting.
Description of drawings
Figure 1 shows that the cross-sectional view of embodiment one.
Figure 2 shows that the structural representation that moving mill assembly cooperates with head.
Figure 3 shows that the part section structural representation when moving mill assembly cooperates with quiet mill assembly.
Figure 4 shows that the upward view when moving mill assembly cooperates with quiet mill assembly.
Figure 5 shows that the cross-sectional view of quiet mill assembly.
Figure 6 shows that the local enlarged diagram at I place among Fig. 5.
Figure 7 shows that the plan structure schematic diagram of quiet mill assembly.
Figure 8 shows that the master who is depicted as moving mill assembly looks schematic diagram.
Figure 9 shows that the local enlarged diagram at II place among Fig. 8.
Figure 10 shows that the schematic top plan view of Fig. 8.
Figure 11 shows that the cross-sectional view that shaft coupling is set and suppresses device between moving mill assembly and the motor.
Figure 12 shows that the perspective exploded view of Figure 11.
Figure 13 shows that quiet mill assembly is outside equipped with the cross-sectional view of quiet mill cover.
Figure 14 shows that quiet mill assembly is provided with the cross-sectional view of flow-disturbing muscle.
Figure 15 shows that the cross-sectional view that reduction box is set between moving mill assembly and the motor.
Figure 16 shows that the local enlarged diagram at III place among Figure 15.
Figure 17 shows that the schematic top plan view of reduction box among Figure 15.
Figure 18 shows that the partial exploded view of reduction box among Figure 15.
Shown in the figure: 1, cup; 2, motor; 21, motor shaft, 3, moving mill assembly; 31, moving mill guide tooth; 32, moving tooth lapping; 4, quiet mill assembly; 41, quiet mill guide tooth; 42, quiet tooth lapping; 43, quiet mill cover; 44, Rao Liu Zhu; 5, pod apertures; 51, discharge opening; 6, fin; 7, connector; 8, shaft coupling; 81, reduction box; 82, support; 83, sun tooth; 84, planet tooth; 85, external toothing; 86, planet stent; 9, suppress device; A, milling zone; B, guide portion; C, siphon portion.
The specific embodiment
Below, in conjunction with the accompanying drawings detailed embodiment of the present invention is described further:
Embodiment one:
Referring to accompanying drawing 1 ~ 10, a kind of soy bean milk making machine, comprise cup 1, buckle the head on described cup 1, be arranged on motor 2 and the output shaft 21 that is connected with motor 2 in the head, bottom at head is connected with lapping device, this lapping device comprises moving mill assembly 3 and quiet mill assembly 4, moving mill assembly 3 is connected on the output shaft 21 and by it and drives rotation, quiet mill assembly 4 is provided with pod apertures 5 for being arranged at moving mill assembly 3 outer circumferential sides and top, moving, be respectively arranged with on the quiet mill assembly to have and grind the moving of working face, static cutting disk, moving, there is structure corresponding moving on the grinding working face of static cutting disk respectively, quiet tooth lapping, and, moving, moving of quiet mill assembly, the downside of quiet tooth lapping and below are provided with liquid stream drive division and liquid stream drive unit.
The downside of dynamic and static tooth lapping is provided with liquid stream drive division integratedly on the dynamic and static mill assembly.
The below of liquid stream drive division is provided with and is used for the described revolving part that liquid stream drives, the projection H apart from the vertical direction between the pivot horizontal plane of revolving part to described liquid stream drive division enters the mouth is in number range 5 mm≤H≤50mm, preferably, 20 mm≤H≤30mm.
Liquid stream drive division is moving mill guide tooth 31, quiet mill guide tooth 41.
The below of the dynamic and static tooth lapping of dynamic and static mill assembly is provided with described liquid stream drive unit, and this liquid stream drive unit can produce the revolving part that liquid stream drives when being rotation.
Have at least one fin 6 on the revolving part, fin 6 is provided with cutting edge.
Roughly big up and small down trapezoidal in the vertical section of moving mill guide tooth 31, in the vertical section of lapping device, the stringcourse of moving mill guide tooth 31 and the horizontal direction first angle β are 30 °≤β≤85 °, take all factors into consideration by comminuting matter switch and big or small requirement to guiding usefulness, the first angle β optimal angle is 70 °.
Is exactly the B of guide portion at moving mill guide tooth 31 with quiet mill guide tooth 41 formed spaces.
Moving mill guide tooth 31 is center circular arc array and evenly distributes on movable grinding disc.
The number range of moving mill guide tooth 31 array number n4 is 3≤n4≤24, and n4 is preferably 8.
The torsion angle m of moving mill guide tooth 31 is 25 °≤m≤125 °, and torsion angle m is preferably 45 °.
Dynamic and static mill guide tooth reverse in the shape of a spiral and dynamic and static mill guide tooth screw twisted direction opposite.Moving mill guide tooth 31 torsional modes shown in the figure are that quiet mill guide tooth 41 torsional directions are between up time counterclockwise.
Dynamic and static mill guide tooth is center circular arc array and evenly distributes.
The quantity n1 scope of dynamic and static mill guide tooth is respectively 3≤n1≤24, preferred n1=8.
The selection of its windup-degree is the direction of rotation when exporting according to power and deciding, and the span of the screw twisted angle f of quiet mill guide tooth 41 is 5 °≤f≤155 °, and preferred f is 18 °.
The number range of the projection Φ D in the guiding space that adjacent dynamic and static mill guide between cog is limited is 5 mm≤Φ D≤35mm, and preferred Φ D is 15mm.
Dynamic and static mill guide tooth is in number range 5 mm≤H2≤35mm from the projection H2 apart from the vertical direction between tooth top portion to tooth root portion, and preferred H2 is 12mm.
Dynamic and static mill inter-module constitutes a ring-type milling zone A, and this milling zone A comprises moving mill of annular disk-like and the quiet mill of annular disk-like; The number range of the second angle α of milling zone A working face and horizontal direction described in the vertical section of described dynamic and static mill assembly is 0 °≤α≤45 °, and the more excellent angle of comprehensive crushing effect and circulating property of slurry considers that the described second angle α is 10 °.
In the vertical section of dynamic and static mill assembly, the gap g between the working face of moving tooth lapping 32 and quiet tooth lapping 42 is 0.005 mm≤g≤2mm, the design of comprehensive crushing effect and processing technology, and described gap g is more excellent to be 0.1mm.The guiding material is 0.5 ~ 5mm to the quiet tooth lapping 42 height h that rise, and considers that from manufacturing process and guiding climbing power preferred tooth depth h is 2mm.
End at the lower plane S1 of pod apertures 5 and quiet tooth lapping 42 is equal, is convenient to the smooth and easy outflow of slurries that grinds like this.The spatial altitude H1 of liquid stream drive division is 10 ~ 50mm, and preferred heights is 20mm.
Dynamic and static tooth lapping is center circular arc array respectively and evenly distributes on described dynamic and static mill.
The number number range of array number n5, the n2 of dynamic and static tooth lapping is 3≤n5, n2≤24, and preferably n5, n2 all choose 8.
On horizontal plane, each array center of circle included angle X of dynamic and static tooth lapping, the number range of γ are 15 °≤λ≤120 °, 15 °≤γ≤120 °, and preferred λ=45 ° or γ=45 °.
The number range of the projector distance W1 of the dynamic and static tooth lapping of each parallel array on horizontal plane is 0.5 mm≤W1≤10mm, 0.5 mm≤W4≤10mm, and W4 or W1 are preferably 1.5mm.
The dynamic and static tooth lapping quantity 3≤n6 that parallel array comprised of each dynamic and static tooth lapping or n3≤be 24, n6, n3 are preferably 12.
The profile of tooth of each dynamic and static tooth lapping all can roughly be isosceles trapezoid, and the number range of its top width W 3, W2 is 0.2 mm≤W2≤5mm, 0.2 mm≤W3≤5mm, the preferred 0.2mm of W3, W2.
The stringcourse angle δ of each dynamic and static tooth lapping or the number range of ε are 60 °≤ε≤120 °, and 60 °≤δ≤120 °, δ, ε are preferably 90 °.
The place, stringcourse summit of dynamic and static tooth lapping is set to arc transition, and circular arc R 2, R1 are 0.05≤R2≤2mm, 0.05≤R1≤2mm, and R2, R1 are preferably 0. 2mm.
Described quiet mill assembly forms the siphon C of portion down.
Present embodiment in the specific implementation, quiet mill assembly 4 has the part that Open Side Down to form the siphon C of portion, the C of siphon portion is the part that produces suction with wing 6; Be provided with the B of guide portion in the C of siphon portion central upper portion, the vertical section of moving mill guide tooth 31 is up big and down small, roughly becomes trapezoidal, is the intermediate location of C of siphon portion and milling zone A, plays the material that will drink up and pushes and direct into milling zone A and grind.Material after grinding flows out from the discharge opening 51 that quiet mill assembly 4 is provided with.This is once complete improved grinding process.
Embodiment two:
Shown in Figure 11 ~ 12, the bottom of head lower cover is provided with connector, quiet mill assembly 4 is fixedlyed connected with connector 7, be provided with shaft coupling 8 in the connector 7 and suppress device 9, shaft coupling 8 comprises upper coupling that is connected with motor shaft and the following shaft coupling that is connected with moving bistrique axle, suppresses device 9 and is located at down between shaft coupling 8 and the moving mill assembly 3, suppresses device 9 and comprises baffle plate and spring, the free gap H3 of shaft coupling highly is 0 ~ 25mm, is preferably 5mm particularly.
Head lower cover is fixedlyed connected with connector 7, connector 7 and quiet mill assembly 4 buckle releasable connections.
All the other schemes are with embodiment one.
Embodiment three:
As shown in figure 13, also be provided with quiet mill cover 43 outside the quiet mill assembly 4, quiet mill assembly 4 is to inlay with quiet mill cover 43 after an independent part processing is shaped to combine again.All the other schemes are with embodiment two.
Embodiment four:
As shown in figure 14, quiet mill assembly 4 is provided with flow-disturbing muscle 44 at liquid stream drive division place, and flow-disturbing muscle 44 has increased material and pulverized at the preliminary bump of liquid stream drive division.Other schemes are with embodiment two.
Embodiment five:
Shown in Figure 15 ~ 18, shaft coupling 8 places increase by a reduction box 81, reduction box 81 comprises support 82, sun tooth 83, planet tooth 84, external toothing 85, planet stent 86 are set in support 82, motor shaft 21 is fixedlyed connected input power with sun tooth 83, slow down by planet tooth 84 and external toothing 85, output to moving mill assembly 3 from planet stent 86, rotating speed and the moving grinding rotating speed needs that grind assembly 3, quiet mill assembly 4 according to motor 2, rotating ratio n7 is 1:4 ~ 1:40, take all factors into consideration liquid stream drive division and motor 2 attainable rotating speeds, preferred rotating ratio n7 is 1:5.
In sum; after those of ordinary skill in the art reads file of the present invention; technical scheme and technical conceive according to the embodiment of the invention need not the replacement that scheme between other various corresponding conversion scheme or the various embodiments of the present invention is made in creative mental labour, the scope that all belongs to the present invention and protected.
Claims (26)
1. soy bean milk making machine, comprise cup, buckle the head on described cup, be arranged on motor and the output shaft that is connected with motor in the described head, it is characterized in that, bottom at described head is connected with lapping device, this lapping device comprises moving mill assembly and quiet mill assembly, described moving mill assembly is connected on the described output shaft and by it and drives rotation, described quiet mill assembly is provided with pod apertures for being arranged at described moving mill assembly outer circumferential side and top, described moving, be respectively arranged with on the quiet mill assembly to have and grind the moving of working face, static cutting disk, described moving, there is structure corresponding moving on the described grinding working face of static cutting disk respectively, quiet tooth lapping, and, described moving, the described of quiet mill assembly moves, the downside of quiet tooth lapping and/or below are provided with liquid stream drive division and/or liquid stream drive unit.
2. soy bean milk making machine according to claim 1 is characterized in that, the downside of described dynamic and static the above dynamic and static tooth lapping of mill assembly is provided with liquid stream drive division integratedly.
3. soy bean milk making machine according to claim 2, it is characterized in that, the below of described liquid stream drive division is provided with and is used for the described revolving part that liquid stream drives, the projection H apart from the vertical direction between the pivot horizontal plane of described revolving part to described liquid stream drive division enters the mouth is in number range 5 mm≤H≤50mm, preferably, 20 mm≤H≤30mm.
4. soy bean milk making machine according to claim 2 is characterized in that, described liquid stream drive division is dynamic and static mill guide tooth.
5. soy bean milk making machine according to claim 1 is characterized in that, the below of the described dynamic and static tooth lapping of described dynamic and static mill assembly is provided with described liquid stream drive unit, and this liquid stream drive unit can produce the revolving part that liquid stream drives when being rotation.
6. soy bean milk making machine according to claim 5 is characterized in that, has at least one fin on the described revolving part, and described fin is provided with cutting edge.
7. soy bean milk making machine according to claim 4, it is characterized in that, roughly big up and small down trapezoidal in the vertical section of described moving mill guide tooth, in the vertical section of described lapping device, the stringcourse of described moving mill guide tooth and the horizontal direction first angle β are 30 °≤β≤85 °, preferably, the described first angle β is 70 °.
8. soy bean milk making machine according to claim 4 is characterized in that, described moving mill guide tooth is center circular arc array and evenly distributes on movable grinding disc.
9. soy bean milk making machine according to claim 8 is characterized in that, the number range of described moving mill guide tooth array number n4 is 3≤n4≤24, and n4 is preferably 8.
10. soy bean milk making machine according to claim 8 is characterized in that, the torsion angle m of described moving mill guide tooth is 25 °≤m≤125 °, and torsion angle m is preferably 45 °.
11. soy bean milk making machine according to claim 4 is characterized in that, described dynamic and static mill guide tooth reverse in the shape of a spiral and described dynamic and static mill guide tooth screw twisted direction opposite.
12. soy bean milk making machine according to claim 11 is characterized in that, described dynamic and static mill guide tooth is center circular arc array and evenly distributes.
13. soy bean milk making machine according to claim 12 is characterized in that, the quantity n1 scope of described dynamic and static mill guide tooth is respectively 3≤n1≤24, preferred n1=8.
14. soy bean milk making machine according to claim 11 is characterized in that, the span of the screw twisted angle f of described quiet mill guide tooth is 5 °≤f≤155 °, and preferred f is 18 °.
15. soy bean milk making machine according to claim 11 is characterized in that, the number range of the projection Φ D in the guiding space that adjacent described dynamic and static mill guide between cog is limited is 5 mm≤Φ D≤35mm, and preferred Φ D is 15mm.
16. soy bean milk making machine according to claim 11 is characterized in that, described dynamic and static mill guide tooth is in number range 5 mm≤H2≤35mm from the projection H2 apart from the vertical direction between tooth top portion to tooth root portion, and preferred H2 is 12mm.
17. soy bean milk making machine according to claim 1 is characterized in that, described dynamic and static mill inter-module constitutes a ring-type milling zone, and this milling zone comprises moving mill of annular disk-like and the quiet mill of annular disk-like; The number range of the second angle α of milling zone working face and horizontal direction described in the vertical section of described dynamic and static mill assembly is 0 °≤α≤45 °, and preferably, the described second angle α is 10 °.
18. soy bean milk making machine according to claim 1 is characterized in that, in the vertical section of described dynamic and static mill assembly, the gap g between the working face of moving tooth lapping and quiet tooth lapping is 0.005 mm≤g≤2mm, and preferably, described gap g is 0.1mm.
19., it is characterized in that described dynamic and static tooth lapping is center circular arc array respectively and evenly distributes according to arbitrary described soy bean milk making machine in the claim 1 to 18 on described dynamic and static mill.
20. soy bean milk making machine according to claim 19 is characterized in that, the number number range of array number n5, the n2 of described dynamic and static tooth lapping is 3≤n5, n2≤24, and preferably n5, n2 all choose 8.
21. soy bean milk making machine according to claim 19 is characterized in that, on horizontal plane, each array center of circle included angle X of described dynamic and static tooth lapping, the number range of γ are 15 °≤λ or γ≤120 °, preferred λ=45 ° or γ=45 °.
22. soy bean milk making machine according to claim 19 is characterized in that, the number range of the projector distance W1 of the dynamic and static tooth lapping of each described parallel array on horizontal plane is 0.5 mm≤W4 or W1≤10mm, and W4 or W1 are preferably 1.5mm.
23. soy bean milk making machine according to claim 19 is characterized in that, the dynamic and static tooth lapping quantity 3≤n6 that parallel array comprised of each described dynamic and static tooth lapping or n3≤and be 24, n6 or n3 are preferably 12.
24. soy bean milk making machine according to claim 19 is characterized in that, the profile of tooth of each described dynamic and static tooth lapping all can roughly be isosceles trapezoid, and the number range of its top width W 3, W2 is 0.2 mm≤W3 or W2≤5mm, the preferred 0.2mm of W3 or W2.
25. soy bean milk making machine according to claim 19 is characterized in that, the stringcourse angle δ of each described dynamic and static tooth lapping or the number range of ε are 60 °≤δ or ε≤120 °, and δ or ε are preferably 90 °.
26. soy bean milk making machine according to claim 19 is characterized in that, the place, stringcourse summit of described dynamic and static tooth lapping is set to arc transition, and circular arc R 2, R1 are 0.05≤R2 or R1≤2mm, and R2 or R1 are preferably 0. 2mm.
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| CN201110141299.9A CN102188158B (en) | 2011-05-27 | 2011-05-27 | Soybean milk machine |
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| CN201110141299.9A CN102188158B (en) | 2011-05-27 | 2011-05-27 | Soybean milk machine |
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| CN104887074A (en) * | 2015-06-02 | 2015-09-09 | 中山市美斯特实业有限公司 | Siphoning-type food grinding processing machine |
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